adding methods to InvokeGraphs

[Ankush Varma <ankush@eng.umd.edu>]

Given an InvokeGraph, is there a way to add another method to it as a node, and
find out the targets/sites needed to add this method. More formally:

If I have an InvokeGraph i and a method m not contained in i, is there a way to
add m without completely rebuilding i?

I suppose this can be done using addSite and addTarget. But how do I find the
sites/targets of m?

Ankush


On Wed, 19 Feb 2003, Ondrej LHOTAK wrote:

> On Wed, Feb 19, 2003 at 12:54:40PM -0500, Ankush Varma wrote:
> > Is there a way to perform VTA/RTA etc. on only a subset of classes, instead of
> > an entire Scene. Right now it requires all classes in the Scene to be
> > application classes.
>
> VTA and RTA are, by definition, whole-program analyses. They require all
> the code for all the classes to be available. The classes do not have
> to all be application classes; they have to be either library or
> application classes. The -a switch turns the required classes from
> context classes into library classes. Basically, the categories of
> classes are as follows:
>
> Application classes are both read and written by Soot.
>
> Library classes may be read but not written by Soot.
>
> Context classes may be inspected to see what methods and fields they
> have, but the code of the methods may not be read.
>
> Phantom classes are invented by Soot and do not correspond to any real
> classes.
>
> > Also, is there a fast way to find the targets(not transitive targets) of a given
> > method.
>
> InvokeGraph has but getTargetsOf(SootMethod m) and
> getTransitiveTargetsOf(SootMethod m).
>
> >
> > Ankush
> >
> > "No trees were killed in the creation of this email :
> > however, a vast number of electrons were incredibly inconvenienced."
> >
> > -------------------------------------------------
> > Ankush Varma
> > Ph.D. Student / Graduate Research Assistant
> > DSP-CAD Research Group
> > Department of Electrical and Computer Engineering
> > University of Maryland, College Park.
> >
> > email:
> > ankush@eng.umd.edu
> > not_ankush@yahoo.com
> >
> > Home: 301-439-0438           Office: 301-405-3089
> > --------------------------------------------------
> >
>


"No trees were killed in the creation of this email :
however, a vast number of electrons were incredibly inconvenienced."

-------------------------------------------------
Ankush Varma
Ph.D. Student / Graduate Research Assistant
DSP-CAD Research Group
Department of Electrical and Computer Engineering
University of Maryland, College Park.

email:
ankush@eng.umd.edu
not_ankush@yahoo.com

Home: 301-439-0438           Office: 301-405-3089
--------------------------------------------------